Mass Momentum Analysis/Mixed Out Pressures of 2D Flow
I have the equations to calculate the mixed out pressure of a 1D flow.
"In this analysis the spatially non-unifrom compressible flow under consideration ia assumed to mix to uniformity in a constant area duct in the absence of heat transfer, work-transfer or skin friction"
The equations are in "Mean values in one-dimensional gas dynamics" by Okay Odukwe, Nigeria and are for compressible flow; energy and momentum are conserved.
In my case it is only mildly compressible so approximation to incompressible is OK and is the equations are fairly trivial.
What I want to do is work out mixed out pressures for a swirling flow. I have tried to look into the Fluent manual to see if 1) it produces a mixed out pressure and 2) if it then lists the equations to do it. In my time using it I didn't think it did output a momentum mixed out pressure.
Does anyone know of a source for such equations?
Any help greatly appreciated.
|All times are GMT -4. The time now is 11:16.|